SURFACE CHEMISTRY OF PLASTICS REINFORCED BY STRONG FIBERS

摘要: ONE OF THE MOST TROUBLESOME PROBLEMS IN RESEARCH AND DEVELOPMENT FIBER-REINFORCED PLASTICS IS HOW TO ACHIEVE OPTIMUM RESIN ADHESION OVER ENTIRE SURFACE EACH FIBER. EVEN WHEN REGIONS MEDIUM ARE SUFFICIENTLY CONTINUOUS BE AMPLY RESISTANT ACTION WATER, THERE REMAINS DIFFICULTY PROTECTING REINFORCING FIBERS FROM LOSS STRENGTH OR WHEVER WATER HAS PENETRATED CRACKS PORES REACH FIBERS. OBJECT THIS REPORT SUMMARIZE INTERPRET MORE RECENT INVESTIGATIONS THESE TWO TOPICS, WITH EMPHASIS ON ADVANCES CONCERNING CHEMICAL MECHANISMS SOME RELATED POLYMER MECHANISMS. ALTHOUGH ATTENTION HERE USUALLY APPEARS FOCUSED COMPOSITES COMPRISING A LESS ORGANIC POLYMERIC (THE RESIN) WHICH DISPERSED EITHER RANDOM ORGANIZED MASS FRIBROUS GLASS-REINFORCING MATERIAL, NEARLY ALL CONCLUSIONS INTERPRETATIONS EXTENDED FREQUENTLY INCLUDE MATERIALS OTHER THAN GLASS. /AUTHOR/